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10 dB attenuator
Printer: (optional) for printouts; the printer must be capable of performing a
graphics dump.
hree GPIB cables (4 required if a printer is used): 10833A/B/C/D
GPIB is Agilent's hardware, software, documentation, and support for
IEEE-488 and IEC-625 worldwide standards for interfacing instruments.
here are two separate program listings:
Cal Factor Entry Program
Detector Frequency Response Program
al Factor Entry Program
he Cal (calibration) Factor Entry program allows you to input the calibration
factors listed on the power sensor. hese cal factors are stored on a disc under
a le name that contains the power sensor serial number. his allows the
storage of cal factors for more than one power sensor. At the beginning of the
frequency response program, you are asked to input the serial number of the
power sensor. Only data for that power sensor is loaded into memory. Up to
50 cal factors can be stored in each le although less are shown on the power
sensors. A two-dimensional array is created containing combinations of a
frequency and its associated cal factor. his program need only be run once to
store the le on disc.
Running the Cal Factor Entry Program
he following information will help you successfully run the Cal Factor Entry
program.
When prompted, enter the last few digits of the power sensor serial number
(no more than 5 digits).
Enter the frequency in GHz,
Enter both the frequency and the cal factor. For example, if the cal factor at
50 MHz is 99, enter .05,99 and press
Each entered frequency must be greater than the preceding frequency.
Fractional percentages are allowed (Example: 98.5).
If you make a mistake, back up the program by entering a negative frequency.
Each negative input backs up one entry and each entry must be input again.
9-2
Automated Program L st ng
not
MHz.
.
ENTER
5
Ag lent 85025A/B/D/E
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